value 13 Wind mode hysteresis OUT2 14 Accumulated output mode 15 Accumulated pluse output mode 16 Err mode 17 oFF mode 18 Flow bottom value 19 Flow peak value 20 Accumulated flow value 21 Switch output mode/communication mode display SIO mode/SDCI mode (Refer to page 13) 22 Option display Line name, not displayed -48No.PF-OMX0007-A [Line name communication data] Value (16 hex 00 01 02 03 04 05
style 16 Line name (left side 4 digits, right side 5 digits) 17 Display channel 18 CH1 measurement display value 19 CH2 measurement display value 20 CH3 measurement display value 21 CH4 measurement display value 22 Display OFF (No display) : Settable : Not settable (negative acknowledge) -87No.PF-OMA1011-A [Line name communication data] Value (16 Hex number) 00 01 02 03 04 05
ERR 00: CPU Hung up ERR 01: CPU Check Failure ERR 03: Back-up Data Error ERR 04: EEPROM Writing Error ERR 05: EEPROM Input Over Times Error ERR 11: DC Power Voltage Failure ERR 12: Internal Sensor Value is High ERR 13: Internal Sensor Value is Low ERR 14: Thermostat Alarm ERR 15: Output Failure Alarm (Abnormal output) ERR 17: Cutoff/Short of Internal Sensor ERR 18: Cutoff/Short of External
31900-OM002 80 No.DIG-31900-OM002 81 No.DIG-31900-OM002 82 No.DIG-31900-OM002 83 Revision history A 26/09/2005 Address change B 30/03/2006 Add the How to Operation C 28/11/2006 Add the ATEX item D 28/08/2007 Change the temp. range E 30/07/2008 Change the How to order by adding the kind of screw F 27/10/2009 Change of Compressed Air Cleaning Equipment+ Add the Electric wire diameter G 14/05
0.01mm 2-1 2-2 2-2-1 () B L F 0.5m L 3m 12 12 20 20 (mm) Z 255075100 () 2-2-2 A90 D-A90 F9N D-F9N F9NW D-F9NW A93 D-A93 F9P D-F9P F9PW 2 D-F9PW A96 D-A96 F9B D-F9B F9BW D-F9BW A90V D-A90V F9NV D-F9NV F9NWV D-F9NWV A93V D-A93V F9PV D-F9PV F9PWV D-F9PWV A96V D-A96V F9BV D-F9BV F9BWV D-F9BWV F9BAL D-F9BAL , 2-2-3 *1 C R04-J8M7.3 AC100240V DC24V RS-232C RS-232C + BCD 05
D-F7PW A80 D-A80 F79 D-F79 J79W D-J79W A72H D-A72H F7P D-F7P F7NWV D-F7NWV A73H D-A73H J79 D-J79 F7BWV D-F7BWV A76H D-A76H J79C D-J79C M9NA D-M9NA A80H D-A80H F7NV D-F7NV M9PA D-M9PA A73C D-A73C F7BV D-F7BV M9BA D-M9BA A80C D-A80C F7PV D-F7PV M9NAV 2 D-M9NAV A79W D-A79W M9PAV D-M9PAV M9BAV D-M9BAV F7BA D-F7BA F7BAV D-F7BAV D-F79F 2 F79F F7NT D-F7NT 223 *1 AC100240V D DC24V C 05
Z N R 40 40mm ( mm ) H 50 50mm () 63 63mm 80 80mm J 100 100mm K (mm) 2 S 1 40 25850 25700 n n 50 25800 25650 63 25800 25650 80 25750 25600 100 25750 25600 (mm) 40 1200 950 50 1150 900 63 1150 900 80 1100 900 100 1100 850 10 2-2-2 CEU2 NPN P PNP C E U 1 C E U 5 AC80120V AC100240V DC24V DC24V NPN RS-232C P PNP RS-232C+BCD NPN P PNP C E 1 R *1) (CE1-ROOC) 05
of manufacturable stroke Standard stroke (mm) Tube Bore(mm) Without Gaiter With Gaiter Without Gaiter With Gaiter 40 25850 25700 1200 950 50 25800 25650 1150 900 63 25800 25650 1150 900 80 25750 25600 1100 900 4-2 Controller 100 25750 25600 1100 850 CEU2 Output Method None NPN Open Collector P PNP Open Collector 16 4-3 Extension Cable CE1-R Length of Cable Postscript None Extension Cable 05
Unit Standard Stroke Bore Size(mm) Standard Stroke 25 32 40 12000mm (It is possible to produce it at intervals of 1mm. ) Option Stroke Adjustment Unit Stroke Adjustment Unit 25 MY-A25L 25 MY-S25A MY-S25B 32 MY-A32L 32 MY-S25A MY-S25B 40 MY-A40L 40 MY-S32A MY-S32B 6-2 Controller Output Method None NPN Open Collector P PNP Open Collector 24 6-3 Extension Cable Length of Cable Postscript 05
DC35V80mA A /B 500mm/s(1500mm/s) AC500V1 (12V ) DC500V50M (12V ) 33.3Hz6.8G XY 2 Z 4 JIS D1061 30G XYZ 3 () 5m10m15m20m R03-J8M 23 6-1 () ML2 B 25 500 L Z73 B 25 25mm 32 32mm 40 40mm 2 s 1 n n () S () 2 s 1 B () L L (mm) (mm) 25 32 40 12000(1mm) 25 MY-A25L 25 MY-S25A MY-S25B 32 MY-A32L 32 MY-S25A MY-S25B 40 MY-A40L 40 MY-S32A MY-S32B 6-2 CEU2 NPN P PNP 24 6-3 CE1-R 05
Moment of inertia Rotation time 1.How to read graph When Moment of inertia 20 x 10-6 Rotation time 0.14s/90, MSUA 3 or MSUA 7, 20 will be selected. 2.Calculation example Shape of load: Column with a radius of 0.05m and weight of 0.12kg Rotation time: 0.2s/90 2 05 . 0 12 . 0 m kg I 2 6 10 150 2 Based on the graph of moment of inertia and rotation time, find the intersection by extending a
Software for compatible robot control devices If the software for the robot control device is V9.40P / 05 version or earlier, update to the latest version V9.40P / 06 version or later before installing the plug-in software. CRX plug-in software installation 1. Please download the CRX plug-in software "SMC_GrpSwMH.IPL" from the SMC website. 2.
Output setting value at communication idling (Analogue) Analogue output, I/O UINT 2 bytes AD value Refer to "Parameter Setting" for details. 88h 0: None 1: 2 value average 2: 4 value average 3: 8 value average 89h Analogue average filter Analogue input, I/O USINT 0: -10+10 V (Analogue input unit only) 1: -5+5 V (Analogue input unit only) 2: -20+20 mA (Analogue input unit only) 3: 010 V 4: 05
64h to 83h BOOL 0=Off (Clear) 1=On (Force ON) 87h 2 Output setting value at the time of communication idling (Analogue) Analogue output, I/O UINT 88h 0=None 1=2 value average 2=4 value average 3=8 value average 89h Analogue average filter Analogue input, I/O USINT 0=-10+10 V (Analogue input unit only) 1=-5+5 V (Analogue input unit only) 2=-20+20 mA (Analogue input unit only) 3=010 V 4=05
colour Signal Cable O.D. 4.0 to 8.0 mm Electric wire cross section (Twist line) AWG26 to 22 YE=Yellow or OGWH=Orange/ White 1 Orange/ White TD+ WH=White or GNWH=Green/ White 2 Green/ White RD+ 3 Orange OG=Orange TD4 Green BU=Blue or GN=Green RD-28No.EX-OMN0011-F (3) Cable with communication connector Part number: EX9-AC 01 0EN-PSRJ Cable length (L) 01 1000 [mm] 02 2000 [mm] 03 3000 [mm] 05
colour Signal Cable O.D. 4.0 to 8.0 mm Electric wire cross section (Twist line) AWG26 to 22 YE=Yellow or OGWH=Orange/ White 1 Orange/ White TD+ WH=White or GNWH=Green/ White 2 Green/ White RD+ 3 Orange OG=Orange TD4 Green BU=Blue or GN=Green RD-34No.EX-OMO0030-E (3) Cable with communication connector Part number: EX9-AC 01 0EN-PSRJ Cable length (L) 01 1000 [mm] 02 2000 [mm] 03 3000 [mm] 05
ZB-OM00201-B Model Indication and How to Order Model Indication of the Single Unit Vacuum pump system Ejector system (1) Nozzle size Applicable supply valve and Nominal standard supply pressure Symbol nozzle Latching Large flow size (N.C.) 00 Note 1) 03 0.3 (0.35MPa) (0.4MPa) 04 0.4 (0.35MPa) (0.4MPa) 05 0.5 (0.35MPa) 06 0.6 (0.5MPa) Note1) Vacuum pump system only (2) Body type Symbol
O PERATI O N M AN U AL M i n. 0. 05 M Pa M ax. 1. 0 M Pa Fol l ow i ng envi ronm ent s l ead t o cause breakage. Envi ronm ent Low er t han 5 D o not use under f ol l ow i ng envi ronm ent . D o not use under f ol l ow i ng condi t i ons. W ARN I N G /H I N TS O N CO RRECT U SE Vi brat i on, I m pact Envi ronm ent H i gher t han /M ERI TS 60
M i n. 0. 05 M Pa O PERATI O N M AN U AL M ax. 1. 0 M Pa Fol l ow i ng envi ronm ent s l ead t o cause breakage. Envi ronm ent Low er t han 5 D o not use under f ol l ow i ng envi ronm ent . D o not use under f ol l ow i ng condi t i ons. W ARN I N G /H I N TS O N CO RRECT U SE Vi brat i on, Ai r onl y ! I m pact Envi ronm ent H i gher t han /M ERI TS 60
O . auto drai n: M i n. 0. 1 M Pa O PERATI O N M AN U AL M i n. 0. 05 M Pa M ax. 1. 0 M Pa Fol l ow i ng envi ronm ent s l ead t o cause breakage. Envi ronm ent Low er t han 5 D o not use under f ol l ow i ng envi ronm ent . D o not use under f ol l ow i ng condi t i ons. W ARN I N G /H I N TS O N CO RRECT U SE Vi brat i on, Ai r onl y !